ASTM D1777 Electronic Thickness Gauge GT-C46

The ASTM D1777 Electronic Thickness Gauge GT-C46 is a highly specialized instrument designed to measure the thickness of textiles and other uniform thin materials with exceptional precision. Whether for woven fabrics, knitted textiles, or non-textile materials like paper, the fabric thickness tester provides accurate and reliable measurements, making it an indispensable tool in various industries, including textile manufacturing, paper production, and quality control.

Applications
The GT-C46 Electronic Thickness Gauge is engineered to determine the thickness of textiles and related products. Its versatility allows for its application across diverse materials such as:

Woven fabrics
Knitted fabrics
Coverlets
Handkerchiefs
Papers and other thin materials

This device is widely adopted in industries such as cotton textiles, knitted textiles, paper production, and more, ensuring consistent product quality and meeting rigorous industry standards.

Key Features
1. Digital Display with High Precision
Offers a measurement accuracy of up to 0.01mm or 0.001mm, providing clear and precise readings for critical quality evaluations.

2. Customizable Pressers and Weights
Tailor the instrument to specific measurement requirements by adjusting presser foot sizes and weights, ensuring compliance with various international standards such as ASTM D1777.

3. Ease of Use
The intuitive interface ensures simple operation for technicians, reducing training time while maintaining measurement accuracy.

4. Durability and Reliability
Built with high-quality components, the fabric thickness tester  is designed for long-term use, delivering consistent performance even under demanding conditions.

Standards
ISO 5084, ISO 9073.2, ISO 2589, ASTM D1777

Contact Us
To learn more about the ASTM D1777 Electronic Thickness Gauge GT-C46 or to request a quote, please contact us today. Our experts are ready to assist with your specific testing needs and ensure you find the perfect solution for your quality control requirements.